DC3 is a distributed, open-source IoT platform built on Spring Cloud that enables rapid development and device management through a four-layer architecture covering drivers, data, management, and applications with Kubernetes and Docker support.
The article details how Verge, an AI‑assisted edge gateway built on the open‑source driver‑box framework, transforms a pure engine into a full‑featured, lightweight IoT platform by decoupling cloud and edge, offering rapid device integration, visual model editing, Lua scripting, and flexible deployment for smart building, industrial automation, and hobbyist labs.
OpenClaw’s 2026.2.19 release introduces Apple Watch MVP support, revamps gateway authentication and device management, migrates to OTEL v2, and implements more than 40 security hardening fixes, while providing a self‑repair command for gateway offline issues.
This article explains how to create a web‑based Android terminal by combining ADB, a persistent socket connection, node‑pty, and xterm.js, enabling remote device management, command execution, and file operations for IoT and development scenarios.
This article introduces Sonic, an open‑source cloud‑device testing platform that leverages a Spring Cloud micro‑service architecture and Docker deployment to provide low‑cost, scalable, and flexible automated testing, remote debugging, CI/CD integration, and multi‑platform support for mobile applications.
This article explains the concept of four‑party (aggregated) payment, compares it with third‑party payment, outlines common payment models, describes the role of agents, multi‑level agent structures, device management processes, and merchant onboarding procedures within the payment ecosystem.
This guide explains how to detect and mount USB storage devices on Linux, install NTFS support, view system logs, and set up swap space—either as a dedicated partition or a swap file—while covering swappiness tuning and enabling or disabling swap.
This guide outlines a comprehensive, automated strategy for operating more than ten thousand network devices, covering asset documentation, topology planning, unified monitoring, automation scripts, emergency response, security management, regular maintenance, staff training, and visual management tools.
This guide compiles 61 practical ADB commands covering device connection, app management, debugging tools, file transfer, input simulation, device control, and advanced operations, providing Android developers with a comprehensive cheat‑sheet for efficient testing and troubleshooting.
This article explains what IoT platforms are, outlines the four essential components of a complete IoT system, describes the functions and benefits of IoT platforms, and offers guidance on when businesses should adopt them, all in plain, non‑technical language.
GitLab’s onboarding handbook bans Windows on company devices, mandates macOS or Linux for security, outlines reasons for the restriction, and lists approved Apple and Dell hardware models along with guidelines for personal or rented equipment, emphasizing privacy, compliance, and timely delivery.
This article details the background, functional capabilities, development journey, technical architecture, and deployment experience of ByteDance's iOS automation testing driver tool BDC, illustrating how it automates device interaction, app management, UI control, and large‑scale testing on both macOS and Linux environments.
This article explains what an IoT platform is, how it fits into a complete IoT system, its core functions such as device connectivity, protocol handling, security, data visualization, and integration, and offers guidance on when businesses should adopt one while weighing cost trade‑offs.
This guide explains the architecture of ADB, how to install it, and provides a comprehensive list of commands for connecting devices, managing apps, transferring files, capturing screenshots, controlling the shell, and performing performance analysis on Android devices.
This article introduces tidevice, an open‑source tool that enables iOS automation on Windows, Linux, and macOS by providing device information, app management, WebDriverAgent control, performance data collection, and various command‑line and Python APIs, along with detailed installation steps and integration advice.
This article examines the rapid growth of low‑code platforms, explains why the IoT sector remains a blue‑ocean market, and details how Alibaba Cloud’s IoT Studio combines no‑code app building with low‑code services to accelerate device management, fault prediction, and production optimization for industrial IoT applications.
This article introduces the Linux kernel, explains its role as the core of the operating system, details version‑naming conventions and how to interpret kernel version strings, and outlines its main functions such as process, memory, file, device, and network management.
Youku’s Playback Center tackles common video issues by combining real‑time data‑driven tuning, adaptive‑bitrate streaming, QUIC‑based transport optimization, device‑specific capability management, and post‑decoding enhancements, all supported by a tiered CDN and multi‑layer metric system that together ensure smooth, high‑quality playback across diverse networks and devices.
This article explains what an IoT platform is, how it fits into a complete IoT system, the functions it provides such as connectivity, protocol handling, security, data collection and analysis, and offers guidance on when businesses should adopt one despite cost trade‑offs.
The article outlines the evolution, architecture, and key components of a mobile cloud testing platform—including record‑replay, test management, service orchestration, and cloud device management—while discussing practical challenges, future directions, and recommendations for effective mobile testing at scale.
This guide explains the fundamentals of Firmware Over‑The‑Air (FOTA) upgrades for LWM2M‑enabled IoT devices, detailing each stage from package upload and device negotiation to concurrent upgrade calculations, download handling, and post‑upgrade verification, plus common troubleshooting Q&A.
This comprehensive guide walks developers through the full Huawei IoT platform workflow—from understanding the overall solution of platform, applications, and devices, to differentiating the Development Center and Device Management Service, and covering platform-side, device-side, and application-side development for seamless device cloud integration.
This article explains the evolution of Linux device management, introduces udev’s architecture and key features, details rule file syntax and operators, and provides practical examples—including disabling VXLAN offload, setting I/O scheduler, and enabling SR‑IOV—complete with command‑line snippets.
PhoneBus is a cloud-based platform that automates Android device management, testing, and development workflows, enabling remote device access, automated testing, and integrated tools to improve mobile app development efficiency for development and testing teams.
The article reviews twelve leading IoT platforms—such as Temboo, Ubidots, Cayenne, ThingSpeak, TheThings.io, Xively, Kaa, Google Cloud IoT, Azure IoT, IBM Watson IoT, Artik Cloud, and AWS IoT—highlighting their key services for data ingestion, device management, security, analytics, and integration to help developers build scalable, secure IoT projects.
This article introduces JD's Smart IoT system, detailing its cloud‑mobile‑device architecture, the JOYLINK communication protocol, device provisioning methods, security mechanisms, service discovery, long‑connection strategies, standardized services, IFTTT engine, and open components for developers.
The article examines the growing security challenges of the Internet of Things, outlines a four‑step methodology for protecting devices and data, and highlights the difficulties enterprises face in managing and verifying billions of connected endpoints.
This guide details how to inspect the device's flash for system files, detect a missing SD card, upload the system software via FTP, configure the boot file to point to the SD card, and complete the startup sequence to restore normal network operation.
The article introduces Qunar's Mobile Testing Cloud (Nebula), detailing its device and service autonomy, core functions such as smart distribution, distributed scheduling, device management, and task scheduling, the supported UI automation, monkey and installation tests, and the practical deployment setup using mac mini slaves.
